Explore thousands of design options and their cost and carbon impact through rapid iterations for early stage feasibility planning.
Optimize designs to achieve specific goals (e.g. net-zero energy, net-zero whole lifecycle carbon, LEED, incentive qualification)
Code compliance [e.g. NECB, OBC SB-10, BC Step Code, TGS]

Sustainability certifications

Live, interactive and editable roadmaps to optimize building performance and suggest capital projects as needed
Optimize individual and overall sequence of retrofits for carbon, cost, and feasibility for a building or a portfolio
Incentive and funding program qualification [e.g., CMHC, CIB]

Voluntary disclosures [e.g., GHG Protocol Scope 1-4, GRI, TCFD, ESG, SASB]

Let's talk

Live, interactive and editable end-of-life and reuse plans to increase building life, mitigate demolition, and improve reuse
Offset demolition and deconstruction costs with accurate, updatable and science backed material salvage value assessments and reuse implementation
Material banks reports

Deconstruction audits and waste diversion compliance [e.g., City of Vancouver, City of Barnaby (BC), City of Surrey (BC), City of Boulder (Colorado), Portland]

Let's talk

Your AI-powered building lifecycle management platform

Adaptis optimizes building performance and cost efficiency across the building lifecycle and entire portfolio

Optimize my building's lifecycle

Our Solution

On-Demand Cost and Carbon Decision Support Platform

Save weeks of tedious work with the power to optimize and track capital projects in near real-time

We save you time and money

by transforming lifecycle planning into an efficient, intuitive process
that’s fast, flexible, scalable, and speaks the language of asset management.

Maximize asset value at any stage

Reduce risks and liabilities

Unify vision across teams

Reduce emissions over the lifecycle

Eliminate static, outdated reports

Reduce operating costs

End-of-life optimization for waste reduction and reuse

Implement accurate, updatable and science-backed salvage value assessments

Develop reliable material banks for secondary life and reuse planning

Optimize deconstruction for reuse

Live, interactive and editable end-of-life and reuse plans to increase building life, mitigate demolition, and improve reuse [e.g., NY Circular Design Guidelines, ISO 20887:2020 ]
Error: empty slot
Change the text and add your own content, including any information that is relevant to share. Then customize the font, size and scale to make it your own.
Title 02
Change the text and add your own content, including any information that is relevant to share. Then customize the font, size and scale to make it your own.
Title 02

Early stage feasibility to construction planning

Explore thousands of design options and their cost and carbon impact through rapid iterations
Optimize designs to achieve specific goals (e.g. net-zero energy, net-zero whole lifecycle carbon, LEED, incentive qualification)
Code compliance [e.g. NECB, OBC SB-10, BC Step Code, TGS]

Sustainability certifications

Let's talk

On-going maintenance and capital planning

Optimize cost-benefit and plan for timely maintenance considering performance, building life and climate resiliency in real-time

Reduce number and scale of RFPs and full engineering assessments needed over time with access to efficient audits and reporting on demand

Increase building and component lifecycle, optimize salvage value of building materials during maintenance

Live, interactive and editable roadmaps to optimize building performance and suggest capital projects as needed
Optimize individual and overall sequence of retrofits for carbon, cost, and feasibility
Incentive and funding program qualification [e.g., CMHC, CIB]

Voluntary disclosures [e.g., GHG Protocol Scope 1-4, GRI, TCFD, ESG, SASB]

End-of-life optimization for waste reduction and reuse

Implement accurate, updatable and science-backed salvage value assessments

Develop reliable material banks for secondary life and reuse planning

Optimize deconstruction for reuse

Live, interactive and editable end-of-life and reuse plans to increase building life, mitigate demolition, and improve reuse [e.g., NY Circular Design Guidelines, ISO 20887:2020 ]
Error: empty slot
Change the text and add your own content, including any information that is relevant to share. Then customize the font, size and scale to make it your own.
Title 02
Change the text and add your own content, including any information that is relevant to share. Then customize the font, size and scale to make it your own.
Title 02

Early stage feasibility to construction planning

Explore thousands of design options and their cost and carbon impact through rapid iterations
Optimize designs to achieve specific goals (e.g. net-zero energy, net-zero whole lifecycle carbon, LEED, incentive qualification)
Code compliance [e.g. NECB, OBC SB-10, BC Step Code, TGS]

Sustainability certifications

Let's talk

On-going maintenance and capital planning

Optimize cost-benefit and plan for timely maintenance considering performance, building life and climate resiliency in real-time

Reduce number and scale of RFPs and full engineering assessments needed over time with access to efficient audits and reporting on demand

Increase building and component lifecycle, optimize salvage value of building materials during maintenance

Live, interactive and editable roadmaps to optimize building performance and suggest capital projects as needed
Optimize individual and overall sequence of retrofits for carbon, cost, and feasibility
Incentive and funding program qualification [e.g., CMHC, CIB]

Voluntary disclosures [e.g., GHG Protocol Scope 1-4, GRI, TCFD, ESG, SASB]

Explore the possibilities

Quickly generate and simulate thousands of design options (e.g., wall type, window type, choice of HVAC system, etc.) per building.

Compare efficient designs or retrofit pathways in every feasible sequence.

Compare your best options

Review the most efficient options that meet your unique goals (e.g., funding and incentive qualification, net-zero by 2050).

Choose your favorite, or adjust drivers to create your ideal scenario.

Dashboard view of a design pathway's outcomes

Dashboard view of how a building meets various sustainability targets

Manage capital projects for each building

Track progress in a live dashboard, re-run simulations with new information, and revise your plans in real time.

Download compliance-grade reports for permitting, funding, certification, or other purposes on demand.

Our Platform

What sets us apart

Achieve portfolio-level targets

See the cumulative impact of all projects in all buildings on market value, net operating income, capex, avoided penalties, and more.

Identify which buildings have the greatest impact on portfolio-level metrics to prioritize further assessments and interventions.

Frequently asked questions

Adaptis allows you to benchmark an existing building’s emissions and examine multiple generated building adaptation scenarios for reduced overall emissions.

The Adaptis engine considers carbon reduction targets, energy reduction, material reuse potential, deconstruction planning, project budgets and life cycle costs to help you make informed decisions about how to plan your decarbonization strategy.

Join The Fight To Net-Zero

Schedule a demo to see what Adaptis can do for your building or portfolio

Book a Demo

Your AI-powered building lifecycle management platform

Our Solution

On-Demand Cost and Carbon Decision Support Platform

We save you time and money

by transforming lifecycle planning into an efficient, intuitive process
that’s fast, flexible, scalable, and speaks the language of asset management.

Maximize asset value at any stage

Reduce risks and liabilities

Unify vision across teams

Reduce emissions over the lifecycle

Eliminate static, outdated reports

Reduce operating costs

End-of-life optimization for waste reduction and reuse

Title 02

Title 02

Early stage feasibility to construction planning

On-going maintenance and capital planning

End-of-life optimization for waste reduction and reuse

Title 02

Title 02

Early stage feasibility to construction planning

On-going maintenance and capital planning

Explore the possibilities

Compare your best options

Manage capital projects for each building

Our Platform

Achieve portfolio-level targets

How can you help me decarbonize my building?

How do you calculate a buildings emissions?

How does the material reuse process work?

Are your calculations transparent and data collection secure?

Can you specifically reduce a building's emissions?

What do you require for a complete analysis?

How can I certify my decarbonization action?

How do I qualify for voluntary carbon credits?

Join The Fight To Net-Zero

We are aligned with

Subscribe to our newsletter

Your AI-powered building lifecycle management platform

Our Solution

On-Demand Cost and Carbon Decision Support Platform

We save you time and money

by transforming lifecycle planning into an efficient, intuitive process that’s fast, flexible, scalable, and speaks the language of asset management.

Maximize asset value at any stage

Reduce risks and liabilities

Unify vision across teams

Reduce emissions over the lifecycle

Eliminate static, outdated reports

Reduce operating costs

Early stage feasibility to construction planning

Early stage feasibility to construction planning

Explore the possibilities

Compare your best options

Manage capital projects for each building

Our Platform

Achieve portfolio-level targets

How can you help me decarbonize my building?

How do you calculate a buildings emissions?

How does the material reuse process work?

Are your calculations transparent and data collection secure?

Can you specifically reduce a building's emissions?

What do you require for a complete analysis?

How can I certify my decarbonization action?

How do I qualify for voluntary carbon credits?

Join The Fight To Net-Zero

We are aligned with

Subscribe to our newsletter

by transforming lifecycle planning into an efficient, intuitive process
that’s fast, flexible, scalable, and speaks the language of asset management.